Adjust-Odd-Parity
Adjust the entered input runtime key to odd parity specifically for DES encryption. This is considered to be legacy and is just a placeholder implementation.
When executed without any inputs, a sample text is passed as input and executed. The output / result looks like:
Please pass the Key as a runtime argument to adjust for Odd Parity...
--Sample implementation is printed below:
--Key String before adjusting Parity bits:
d8732a6681e7133e545f100d8db9c61ad8732a6681e7133e
--Binary Bits before adjusting Parity bits:
01100100
00111000
00110111
00110011
00110010
01100001
00110110
00110110
00111000
00110001
01100101
00110111
00110001
00110011
00110011
01100101
00110101
00110100
00110101
01100110
00110001
00110000
00110000
01100100
00111000
01100100
01100010
00111001
01100011
00110110
00110001
01100001
01100100
00111000
00110111
00110011
00110010
01100001
00110110
00110110
00111000
00110001
01100101
00110111
00110001
00110011
00110011
01100101
----Applying Odd Parity Bits-----
****--Completed application of Odd Parity Bits--****
Verifying if Odd Parity has been applied: true
--Binary Bits after adjusting Parity bits:
01100100
00111000
00110111
00110010
00110010
01100001
00110111
00110111
00111000
00110001
01100100
00110111
00110001
00110010
00110010
01100100
00110100
00110100
00110100
01100111
00110001
00110001
00110001
01100100
00111000
01100100
01100010
00111000
01100010
00110111
00110001
01100001
01100100
00111000
00110111
00110010
00110010
01100001
00110111
00110111
00111000
00110001
01100100
00110111
00110001
00110010
00110010
01100100
--Key String after adjusting Parity bits:
d8722a7781d7122d444g111d8db8b71ad8722a7781d7122d
*** Above is for ILLUSTRATION Purposes ONLY and not for actual input ****
Process finished with exit code 0